a. Convert the following Newman projection of compound A to a three dimensional line structure in the given conformation. Place the aldehyde functional group on the right handside of according to the template. (3) CHO CI. NH2 Et H. Pr A b. Draw a Newman projection of the given compound B viewed from C-2 to C-3 orientated according to the first template. Then use the Newman projection to demonstrate the most stable conformation around the C2-C3 bond according to the second template. (4)[Hint Order of decreasing group size 'Pr > CH2CH3 > CH3 > OH > Br > H] OH Me Me Pr

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Chapter1: Chemical Foundations
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Please answer question 1(a) (b) and (c)

a. Convert the following Newman projection of compound A to a three dimensional line structure in the given
conformation. Place the aldehyde functional group on the right handside of according to the template. (3)
CHO
CI.
NH2
Et
H.
'Pr
b. Draw a Newman projection of the given compound B viewed from C-2 to C-3 orientated according to the first
template. Then use the Newman projection to demonstrate the most stable conformation around the C2-C3 bond
according to the second template. (4)[Hint: Order of decreasing group size 'Pr > CH2CH3 > CH3 > OH > Br > H]
OH
Me
Me
Pr
Transcribed Image Text:a. Convert the following Newman projection of compound A to a three dimensional line structure in the given conformation. Place the aldehyde functional group on the right handside of according to the template. (3) CHO CI. NH2 Et H. 'Pr b. Draw a Newman projection of the given compound B viewed from C-2 to C-3 orientated according to the first template. Then use the Newman projection to demonstrate the most stable conformation around the C2-C3 bond according to the second template. (4)[Hint: Order of decreasing group size 'Pr > CH2CH3 > CH3 > OH > Br > H] OH Me Me Pr
Me
Me
Pr
Given conformation
Most stable conformation
c. Using one of the templates provided below, draw the conformation that has the maximum energy for compound C.
Provide a reason for your answer (3)
or
OH
Transcribed Image Text:Me Me Pr Given conformation Most stable conformation c. Using one of the templates provided below, draw the conformation that has the maximum energy for compound C. Provide a reason for your answer (3) or OH
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